Specialty Contractor Redefines Field Communications with Revizto

Article content provided by Revizto.

Field installers for McCusker-Gill, an HVAC/sheet metal subcontractor in Massachusetts, were experiencing excessive downtime while waiting for updates from their design team. They found the solution in Revizto’s cloud-based BIM collaboration software.

“Revizto has transformed the way our people in the field utilize project information. That access has led to significant efficiency gains and better productivity on our most challenging projects,” says McCusker-Gill President and 2023 SMACNA Contractor of the Year, Kevin Gill Jr.

Revizto integrates seamlessly with STRATUS, the sheet metal software McCusker-Gill uses to manage its workflow—from planning, through fabrication, and on to field assembly. The interface is intuitive, making it easy for field workers who are not trained on design software.

“Everything carries over into Revizto, so they can see all the sheet metal layout and prefab assemblies within the context of the job,” Gill adds.

Field teams can now quickly identify spools and packages, check the status of items, and search for details and specifications. In short, they gain a clearer understanding of the entire project through an easy-to-use platform that is continuously updated.

To learn more about how Revizto is helping specialty contractors like McCusker-Gill, visit Revizto.com.

Download the full case study here.

Visit the Revizto website.

Contact a Revizto representative at info@revizto.com.

Round-tripping information from the BIM team, to the shop, and out to the field helps get everyone on the same page and enables them to share their specialized knowledge to achieve a common goal. Revizto is the leading Integrated Collaboration Platform that allows trade partners the ability to easily view and collaborate on their models and drawings with internal and external team members. By constantly communicating and transferring knowledge between project team members, teams can solve problems faster and in turn accelerate their schedule with less errors.